Andwin Circuits PCB Products Provide you with better service

High quality Complex PCB manufacturing
From PCB prototype  to volume production

6 Layers PCB

6 layers , 2 steps  HDI PCB (2 + 2 + 2 ) ,BGA 0.18mm, material : ITEQ IT180A
Half plating holes
Application: wireless communication module

36 Layers PCB

36 layers , 2 steps  HDI PCB , material : ShengYing S1000-2
Application: Chip TEST board

Rigid flex pcb

  • Rigid flex PCB Prototype and production manufacturing
  • Meet your special and complex technical requirments
  • Reasonable & good price

Flex PCB

Flex PCB from 1 to 8 layers
( samples up to 12 layers )

Also, provide many types Flex PCB with special requirement.

Min. trace width / space : 0.05/0.05mm,
Max. Copper thickness: 3 OZ ( 0.105mm )

Get reaction in 1 hour, fast delivery FPCB in 3 days.

High Frequency PCB

  • Well know RF circuits boards design
  • Ready raw material in stock ( Lead time short ).
  • Strong Process capability (Track:3/3mil,6mil Via holes)
  • Technology support from strongly team
  • Reasonable cost

Megtron 6 High Speed Multilayer PCB

  • We only use the highest quality raw materials to make your Megtron 6 High speed PCB.
    The raw material for your Megtron 6 High speed PCB is imported from Japan and USA
    especially electroplating and solder mask.
  • Panasonic Megtron 6 raw material keep safety stock,which is ensure you to get Megtron 6 high speed PCB faster.
  • Design rule check ( DRC ) – all of your megtron 6 High speed PCB will be done DRC before production line, so that, ensure your PCB have no accident in PCB design.
  • Low moisture absorption
  • Tightly controlled DK
  • Low DF
  • UL 94 VO rating
  • For low layer count microwave designs

TU-872 SLK Sp High Speed PCB

  • Dielectric constant less than 3.5
  • Dissipation factor less than 0.010
  • Excellent, stable and flat Dk/Df performance
  • Compatible with most FR-4 processes

High TG PCB SH260 polymide PCB?

SH260 is rigid polyimide PCB raw material by ShengYi Technology,
sh260 laminate TG >250 C,Thickness 0.05mm – 3.2mm.
ShengYi SH260 is High Performance, Polyimide Laminate and Prepreg PCB raw material.

  • Polyimide system
  • Ultra-high thermal performance
  • Tough resin system, Non-MDA chemistry
  • Low moisture absorption
  • Maintain mechanical strength
  • Bonding strength at high temperature
  • Halogen-free, chemistry and lead-free compatible

ISOLA 370HR High TG PCB

  • Tg: 180°C (DSC)
  • Td: 340°C (TGA @ 5% wt loss)
  • Low CTE for reliability
  • T260: 60 minutes
  • T288: 30 minutes
  • RoHS Compliant
  • Thickness: 0.002″ (0.05 mm) to 0.125″ (3.2 mm)
  • IPC-4101D WAM1 /98 /99 /101 /126
  • UL – File Number E41625 as PCL-FR-370HR

ISOLA IS410 PCB

ISOLA IS410 PCB raw material is TG180 high reliability PCB material

Tg: 180°C
Td: 350°C
Dk: 3.97
Df: 0.0200

ISOLA IS420 PCB

ISOLA IS420 PCB raw materialis a high performance
170°C glass transition temperature (Tg) FR-4 system ,
It is for multilayer Printed Wiring Board (PWB) applications
where maximum thermal performance and reliability are required.

Tg 170, Td 350
Dk 4.04, Df 0.021
/98 /99 /101

Copper coin pcb

  • High thermal conductivity.
  • Copper coin PCB comprises the conductive traces of a PCB with high thermal conductivity
  • Excellent heat dissipation performance
  • Suitable for extreme environments
  • Enhanced electrical connection and mechanical stability
  • Design flexibility and

Copper inlay pcb

Copper inlay PCB Capability

  • Copper Inlay Shape: “I”,“U”,“T”
  • Copper Inlay Size Min.: 3mm*3mm
  • Copper Inlay Thickness Max.: 6.0mm
  • PCB thickness Max.: 12mm

Metal Core PCB

Ceramic PCB

Andwin PCB provide Ceramic PCB manufacturing since 2010, 
Our ceramic PCB material include Alumina(Al2O3),  Aluminum nitride(AIN ALN), Silicon nitride (SIN), Beryllium Oxide (BeO), Boron Nitride (BN), Silicon Carbide (SiC) ,Zirconia ( ZrO2 )  etc. 

The ceramic PCB manufacturing technical use DPC, DBC, Thick film and AMB.
Andwin have strongly ceramic PCB manufacturing capability to match your requirement.

  • 1 layers aluminum metal core pcb for led strip lighting

    1 layers aluminum metal core pcb for led strip lighting

    1 layers aluminum metal core pcb for led strip lighting

  • 12 layers heavy copper pcb for power source

    12 layers heavy copper pcb for power source

    12 layers heavy copper pcb for power source

  • 2 layers ceramic pcbs for sensor

    2 layers ceramic pcbs for sensor

    2 layers ceramic pcbs for sensor

  • 2 layers flexible pcb for led lighting

    2 layers flexible pcb for led lighting

    2 layers flexible pcb for led lighting

  • 2 layers metal core pcb for led lighting

    2 layers metal core pcb for led lighting

    2 layers metal core pcb for led lighting

  • 6 layers rigid flex hdi pcb circuit boards

    6 layers rigid flex hdi pcb circuit boards

    6 layers rigid flex hdi pcb circuit boards

  • 6 layers rigid flexible pcb for watch

    6 layers rigid flexible pcb for watch

    6 layers rigid flexible pcb for watch

  • roger pcb material

    roger pcb material

    roger pcb material

FAQ about Andwin printed circuit boards

Below we have listed some of the most common questions we receive and everyday discussion topics. You can also ask your PCB question here.

A printed circuit board or PCB is a device that is used to mount and connect multiple electronic components together with the use of traces, pads or other connection methods. The raw panel is constructed of a non-conductive substrate sandwiched by copper layers.

The PCB assembly process typically includes design file review, component placement (SMT or thru-hole), soldering (wave or reflow), inspection (AOI or functional testing), and final assembly. Additional steps like conformal coating or potting may be included to protect the board from environmental stressors.

PCB assembly costs vary based on factors like the complexity of the design, type of components, production volume, and additional services such as testing or coating. A prototype run may cost more per unit, while large-scale production typically benefits from a larger scale.

The timeline for PCB assembly depends on the complexity of the design, availability of components, and production volume. Prototypes can take a few days to a couple of weeks, while large-scale production may take several weeks to complete.